Product News

The paper pulp contains cellulose, hemicellulose and water. In the production environment with a pH of 4-8 and a temperature of 25-45℃, it is highly prone to the growth of bacteria, molds, yeasts and algae and other microorganisms. The metabolic activities of these microorganisms will decompose the fibers and produce mucus, leading to problems such as rotten pulp, paper holes/black spots/ruptures, equipment sludge blockage,

According to chemical structure and source, the antimicrobial agents used in latex gloves can be classified into four major categories: inorganic antimicrobial agents, organic antimicrobial agents, natural biological antimicrobial agents, and composite antimicrobial agents. Different types have significant differences in antibacterial effect, safety, compatibility, and cost. They are suitable for different grades and scenarios of latex glove production. Among them, composite antimicrobial agents have become the mainstream choice in the industry.

Latex gloves have become indispensable protective equipment in various fields such as medical diagnosis, food processing, laboratory operations, health protection, and industrial production due to their excellent elasticity, fit, biocompatibility, and barrier protection properties derived from natural latex. The core value of latex gloves lies in preventing the contact between the hands and harmful microorganisms and contaminants from the outside world,

In the textile industry chain, yarn, as the core semi-finished product, its quality directly determines the quality of subsequent fabrics and finished products. However, the high-temperature and high-humidity storage environment, the moisture in the containers during long-distance shipping, and the humid air during the southern rainy season all make it easy for yarn to develop mold - mild cases include mold spots, yellowing, and odors, while severe cases can lead to fiber brittleness, a sudden drop in strength, and even result in batch returns and brand losses. Textile yarn anti-mold agents, as targeted protective additives, have become a key choice for textile enterprises to control losses, stabilize quality, and adapt to export standards.

In the fields of industrial and civil materials, the proliferation of microorganisms is a common and controllable issue. Microbial activities can lead to product deterioration, performance decline, or pose hygiene risks.

Kathon preservatives, as highly effective and broad-spectrum disinfectants, have solved the problem of microbial contamination in the industrial sector of Linyi, extending equipment lifespan and improving product quality. This aligns with the trend of green chemical engineering. Local enterprises, through independent research and development, provide stable and environmentally friendly anti-corrosion solutions, contributing to industrial upgrading.